The Alternative EEE Freshers Guide: The Course

 
 

Quick link:

 
  Quote from EEE web-site: " We expect an average student would spend at least two hours each day on private study outside our normal time-tabled hours."

Quote from anonymous EEE student: "Two hours a day? I expect that was my entire workload for the first term of 1st year"


The 1st & 2nd year labs

The hardest job for any new or prospective EEE student is to know who to believe. On one hand you have Professor Cheung, the man in charge of the course. He will tell you how this course is the best of its kind in the country and how hard you will have to work to make a success of your time here. Then there is the disillusioned 2nd year. Before you can ask how to pass the exams he will have told you how he hates the course, the complete lack of women and is considering dropping out to study geography at Nottingham. You then hear from the upbeat 3rd year who says he is in fact enjoying studying the variety of subjects on offer. Obviously, he would never admit this in public for fear of being stigmatised a geek. Finally, you could try and ask a fourth year, but they'd probably be too busy working on their final year project. So who do you trust? There is no simple answer. Like snowflakes, no two EEE students, are alike. Some will flutter through the course with the minimum amount of work. Others will spend their lives in a blizzard of revision. The key to making it through the academic side of university it to learn for yourself the best way to do things. Hopefully, this quick guide to the academic side of being an EEE student will provide all the information you need to make your own mind up.

After a long relaxing break since A-levels, the start of first year can be a tough time academically, especially given the hectic social life that goes with being a fresher. After a 'getting to know you' group project in the first week, the course begins properly in the second week with lectures, lab work and study groups, adding up about to 25 hours a week, should you attend them all. Study groups occur once a week for each subject. In these, a lecturer or postgraduate works through problems with a group of sixteen students. Some people will find these really useful, if only to make sure you do any work at all. Lab work represents the practical side of the lecture courses, and involves working with a lab partner on experiments ranging from microcontroller programming to power electronics. Some are more fun, useful or easier than others. But there's no point in complaining about them because they're all compulsory! They make up about a quarter of your first year mark through lab reports, log books, oral exams and electronic tests.

The courses in first year cover all the basic theoretical elements of electrical engineering. And much of this involves maths, further maths, even further maths and maths that is so far away that it verges on philosophy. At least that's how it may seem at first. Fortunately, there are extra study groups laid on for those who find it the hardest, and you are not expected to know anything beyond A Level Maths. Even so, it would be fair to say you will have a massive advantage if you have done A Level Further Maths.

 
 
 

What to do if you are stuck

 
 

Ask a friend or 'buddy'

Other people on the course, or people in the years above you can be invaluable sources of information.
 
 

Look at the course-recommended textbook

It is rarely necessary to buy the course textbook, since the library has all the recommended textbooks for the course. Although they can often go into far too much depth, the alternative explanations they give to the lecturers' ones may often help clarify confusing issues.
 
 

Ask in the study group

This is, after all what they are there for. You shouldn't be worried about looking stupid for asking a question, because there is a good chance everyone else is thinking the same thing.
 
 

Ask the lecturer

Although some lecturers may seem like they feed off the blood of first years, they are as a whole a friendly bunch. Many of them welcome the opportunity to answer questions. Perhaps they enjoy the opportunity to help, or just like to be made to feel clever.
 
 

Give up

Use as a last resort - it makes no sense wasting so much time over one issue that it effects other areas of study. The exams are structured such that you choose the questions to answer, so you can still do well in an exam without understanding all the areas in the subject.
 
 

Ask the audience or go fifty-fifty.

 
 
 

It may be better to call the second year 'First Year, Part 2: this time its personal', since it's just more of the same: more labs, more projects, more maths, and more work. The idea is that in the first two years you will have a decent grounding in all the fundamental aspects of electrical and electronic engineering. The workload necessary to achieve this is high, especially in the second year. The projects, coursework, lab work, and exams involved in the course mean it is practically impossible to coast through the course. There is however, a light at the end of the tunnel: Third year.

It may seem peculiar, but for most people the third year is easier than the second. Firstly, instead of having ten subjects, you do just seven, although you can in fact do up to nine if you want to, with the subjects receiving extra weighting. Secondly, instead of only compulsory subjects you have a choice from about twenty, so you can specialise in what you find interesting, or more realistically what is easier for you. There are even dozens of non-technical subjects to choose from finance to philosophy. Since coursework for each subject can usually be done in your own time, most students will have a timetable of just 7 hours a week. Some lucky people even end up with 4-day weekends. Naturally, its not as easy as it sounds - the coursework which comes with each subject can take a lot of effort, and the subjects are generally harder than those in the previous two years.


Wake up! It's a lecture!

From the point of view of a first year student, the fourth year is a very long way away. The main distinguishing feature of it is the final year project, which constitutes 40% of the year's mark and will gradually take over your life towards the end of your final year. There is a wide range of projects available, but if you don't fancy any of the ones offered you can always suggest your own. Past projects have ranged from a USB oscilloscope to the intriguing 'Musical Improvisation by Computer'

Of course, the passage to fourth year depends mainly on success in your exams. These are in the final term each year. There is also the extremely unfestive 'Christmas Test' in first year, but this does not contribute to your grade. Its main purpose is to scare you into realising how little work you have done. The most useful tactic for doing well in exams is to practice on past exam papers. There is often a high chance of finding similar questions in the exams.

The fact is that this is no Mickey Mouse degree. It takes four years and a lot of hard work to earn that one piece of paper saying "Congratulations - you have a degree." Fortunately this piece of paper is worth on average £23,000 a year to a grauduate EEE student. Hows that for motivation.

 
 
 

How to be a successful skiver*

*Disclaimer: EEE is not the kind of course where you can coast through the degree: You get out what you put in.

Meet Tim Ghul (whose name has been changed to protect his identity). Tim managed to get to the final year of the course whilst attending as few lectures as possible. Here are some of his tips:

 
 

Go to first few and last few lectures

"Its not too smart to miss all the lectures. The most important ones are the first ones, where they give an introduction and hand out notes, and the last ones where the give a summary and tell you about the exam."
 
 

Stay in touch with the course

"I always used to ask friends who went to lectures to tell me if anything important happened, and to pickup handouts for me."
 
 

Don't miss too much lab

"They take a register, so you can get in trouble. And your lab partner may start complaining too. He doesn't seem to understand that its hard to get up when you been drinking and womanizing all night!"
 
 

Ask your elders

"I always intended to do as little work as possible. In the last 2 years when I could choose courses, I asked people in the years above which ones were the easiest. That's why I did Project Management and Analogue Electronics."
 
 

Revise smart

"I spoke to lots of people in the years above and got copies of older exam papers that you can't get from the department web-site."
 
 

Poor old Tim is struggling to achieve a 'pass' level degree, and is currently looking for employment in the modelling industry.

 
 
 
 

Past Papers

 
 

These are all the past papers I have in electronic format at the moment. If you have any more, please contact me on "webmaster AT guhl DOT co DOT uk".

I am sorry the list is in this rather bad format, but to be honest until now I could not be bothered to get them into a better format. You can normally identify both the year of the paper and the course number from the filename. View the file by leftclick and save it by clicking right and then selecting "Save target as...".

I hope this helps all of you! Please not that papers older than 2 years might not reflect the current style of the exam anymore. These papers are copyrighted (EEE Department, Imperial College London).

 
  E4.182004Q&A.pdf
E3.082004Q&A.pdf
2003E213CompArch03.pdf
E1.5EngMat02.pdf
E4.162001.pdf
2003E3.16Q.pdf
E304PaperSolns2001.pdf
2003E4.04Sol.pdf
E3.02Q&A04.pdf
E4.202004Q&A.pdf
2003E4.10Q.pdf
2002E4.12.pdf
2003E15EngMat03.pdf
E1.4Q&A04.pdf
EE2MathsPap404Q&A.pdf
E2.4CommnsII2001.pdf
E3.172004Q&A.pdf
E1.9CompSystems02.pdf
CS Exam 2001 Solutions.pdf
2003E4.27Q.pdf
2003E3.06Sol.pdf
2003E211DataSheet03.pdf
2003E13Dev&Field03.pdf
E4.04Q&A04.pdf
Synthesis of Digital Architectures.pdf
E406PaperSolns01.pdf
I27Sig&Sys01.pdf
2003E4.03Q.pdf
2003E4.04Q.pdf
E4.44Solns2004.pdf
2002E4.07.pdf
2003E4.08Sol.pdf
2003E23PFD03.pdf
E4.072004Q&A.pdf
2003E211Maths03.pdf
2002E3.05pdf.pdf
2002E3.14.pdf
I21SoftEng01.pdf
2002E4.27.pdf
E2.5Q&A04.pdf
2003E4.17Q.pdf
2002E4.06.pdf
2003E4.25Q.pdf
2003E4.05Q.pdf
2002E4.20.pdf
2002E4.40.pdf
E2.7A2002.pdf
2003ACT exam 2003 Questions 2_3_4.pdf
2003e406sol.pdf
E425paperSolns01.pdf
ACT Exam 2002 Questions 2,3,4.pdf
2002E4.39.pdf
E3.062004Q&A.pdf
ACT Exam 2004 Questions 2_3_4.pdf
E3.10Q&A04.pdf
ISE1Maths04Q&A.pdf
2003E3.17Q.pdf
E1.2DigElec2001.pdf
2003E22Analogue03.pdf
2003E1.10MathsA.pdf
EE2MathsPaper42002.pdf
E4.1004Q&A.pdf
EE2MathsPap304Q&A.pdf
2003E3.09Sol.pdf
E3.162004Q&A.pdf
E1.3DevFields2001.pdf
E1.1Analysis_of_Circuits_2002.pdf
CS Exam 2001 Questions 2,3,4.pdf
E4.132001Q&A.pdf
E4.342004.pdf
2003E4.03Sol.pdf
E1.1Analysis_of_Circuits _2001.pdf
EEMaths12002.pdf
E4.44Paper2004.pdf
E2.4Commns202.pdf
2003E110Maths03.pdf
E4.252004Q&A.pdf
438PaperSolns01.pdf
E407PaperSolns01.pdf
2002E3.11.pdf
2003E3.06Q.pdf
2003E3.16Sols.pdf
2003E4.05sols.pdf
2003E3.14Sol.pdf
2003E25Sig&LinSys03.pdf
2001E310PaperSolns01.pdf
2003E3.11Q.pdf
2003E212SoftEng03.pdf
2002E3.09.pdf
2002E3.0.pdf
2003E3.09Q.pdf
ACT Exam 2004 Solutions.pdf
E4.062004Q&A.pdf
E1.2Q&A04.pdf
E2.1DigitalElec202.pdf
E409E317PaperSolns01.pdf
2003E4.22sols.pdf
E2.3SecsA&B2002.pdf
E1.8SoftEng02.pdf
2003E3.15Q.pdf
ACT Exam 2005 Sample Format.pdf
vhdl01.pdf
2003E4.38Q.pdf
2003E4.14Q.pdf
E1.5Q&A04.pdf
ACT Exam 2002 Solutions.pdf
E2.5SigandSyst02.pdf
E435FuzzyCW01.pdf
2002E3.10.pdf
2003E24Comms03.pdf
2003E21DigElec03.pdf
Devices sample solutions.PDF
2003E12DigElec03.pdf
2003E4.43sols.pdf
E4.392004Q&A.pdf
2002E4.34.pdf
2003E4.35CWexam.pdf
2002E4.18.pdf
E408PaperSolns01.pdf
E1.8Q&A04.pdf
2000E3.12.pdf
2003E4.40Sol.pdf
2001E301PaperSolns.pdf
2003E4.44SpecimenSols.pdf
I22DigElec01.pdf
E3.15Q&A04.pdf
E3.05Q&A04.pdf
2003E4.34CWexam.pdf
2003E4.20Q.pdf
ai-1.pdf
MathsPaper12001.pdf
2002E3.17.pdf
ACT Exam 2001 Questions 2,3,4.pdf
2003E4.25sol.pdf
E1.3Q&A04.pdf
2003E4.39Q.pdf
E4.432004Q&A.pdf
Maths22001.pdf
2003CS exam 2003 Qustions 2_3_4.pdf
hci-1.pdf
2003E214OpSys03.pdf
2003E4.16Q.pdf
E3.13Q&A04.pdf
2003E2.9MathsA.pdf
2002E3.01.pdf
314PaperAnswers01PDF.pdf
2003E3.15Sol.pdf
2003E3.05Q.pdf
Devices sample questions.PDF
2002E4.08.pdf
E2.15Q&A04.pdf
E2.12Q&A04.pdf
2003E4.16Sol.pdf
E1.2Digital02.pdf
2003E3.14Q.pdf
2003ACT exam 2003 Solutions.pdf
E1.1Q&A04.pdf
E1.4Analog02.pdf
E4.272004Q&A.pdf
Discrete time systems 2001.pdf
E2.6Q&A04.pdf
2003E4.18Q.pdf
E3.07Q&A04.pdf
2003E4.44specimen2.pdf
2003E3.11Sol.pdf
2003E3.05sols.pdf
I26Maths01.pdf
2003E29Maths03.pdf
2003E215LangProc03.pdf
E3.112004Q&A.pdf
EEMaths22002.pdf
Discrete time systems 2002.pdf
2002E4.10.pdf
2003E4.08Q.pdf
2003E3.07Q.pdf
2002E3.16.pdf
2003E27PrinComp03.pdf
E309PaperSons01.pdf
2003E4.39Sol.pdf
2003E3.13Q.pdf
E2.1Q&A04.pdf
E4.3504.pdf
E3.0904Q&A.pdf
CS Exam 2002 Questions 2,3,4.pdf
2003E2.11MathsA.pdf
E4.052004Q&A.pdf
2003E1.11MathsA.pdf
2003E3.01Q&A.pdf
E1.3DevFields02.pdf
E429paperSolns01.pdf
2003E4.18sols.pdf
2003E19PrinComp03.pdf
2003E2.603QA.pdf
2002E3.15.pdf
ACT Exam 2001 Solutions.pdf
E434NNetsCW01.pdf
2002E3.13.pdf
E4.182001.pdf
2003E1.1Ccts03Annotated.pdf
2003E4.44Sample.pdf
2003E4.06Q.pdf
E2.13Q&A04.pdf
2003E4.07Sol.pdf
e318sols.pdf
E4.38Q&A04.pdf
E1.6Q&A04.pdf
2003E4.07Q.pdf
Maths42001.pdf
E2.2 Analogue Electronics2002.pdf
2003E4.26sol.pdf
E2.17SamplePaperQ&A04.pdf
E3.18Q.pdf
2002E4.14.pdf
2003E3.02Q.pdf
EE1MathsPap1Q&A04.pdf
2003E3.02Sol.pdf
2003E3.12Sol.pdf
2002E4.35.pdf
LGMspecimenA.pdf
2003E3.10Q.pdf
2003E16Comms03.pdf
2002E4.03.pdf
E4.172004Q&A.pdf
2003E4.14sols.pdf
E4.22Q&A04.pdf
2003E114Maths03.pdf
E307DSP01PaperSolns.pdf
E4.29Q&A04.pdf
2003E3.17Solns.pdf
2003E4.27sols.pdf
E427PaperSolns01.pdf
2003E4.22Q.pdf
2003E3.13Sol.pdf
2003E4.40Q.pdf
410PaperSolns01.pdf
2003e318sols.pdf
2003E4.43Q.pdf
2002E4.25.pdf
E4.162004Q&A.pdf
2003E3.10Sol.pdf
2003E28Maths03.pdf
2003E2.8MathsA.pdf
2003E4.29Q.pdf
CS Exam 2002 Solutions.pdf
2003E3.07Sol.pdf
2003E4.12Q.pdf
E4.032004Q&A.pdf
EE2MathsPaper32002.pdf
E4.162000.pdf
2003E3.12Q.pdf
E1.4AnalogElec01.pdf
E2.6Control02.pdf
ISE2ndYrMathsQ&A04.pdf
2002E3.08.pdf
E3.01Q&A04.pdf
E4.132000Q&A.pdf
2003E4.17Sol.pdf
E426PaperSolns01.pdf
2003E3.18Q.pdf
E2.32001.pdf
E4.20PapersSolns01.pdf
2002E4.38.pdf
2003E4.38Sol.pdf
E1.9Q&ASecA&B04.pdf
E2.6Control01.pdf
E4.172000.pdf
E2.3Q&A04.pdf
2002E4.22.pdf
E308PaperSolns01.pdf
2002E4.29.pdf
Maths32001.pdf
2003E4.12Sols.pdf
E3.142004Q&A.pdf
E4.082004Q&A.pdf
E2.4Q&A04.pdf
E2.7PaperSolns01.pdf
412PaperSolns01.pdf
E302PaperSolns01.pdf
2003E410sol.pdf
LGMspecimenQ.pdf
E414SpeechProc01.pdf
DSDPaperSolns01.pdf
E403MKGPaperSolns01.pdf
2003E3.08Q.pdf
E1.5EngMaterials01.pdf
2003E14Analogue03.pdf
2002E3.07.pdf
E3.122004Q&A.pdf
2003CS exam 2003 Solutions.pdf
E2.7B2002.pdf
2002E4.05.pdf
E2.7Q&A04.pdf
E4.142004Q&A.pdf
2003E4.20Sol.pdf
E4.402004Q&A.pdf
2002E4.04.pdf
EE1MathsPap2Q&A04.pdf
2003E18SoftEng03.pdf
2003E4.29A.pdf
2002_i1_math.pdf
422paperSolns01.pdf
E1.6Commns02.pdf
2003E3.08Sol.pdf
2001E3.12.pdf
2003E4.26Q.pdf
E4.171999.pdf
2002E4.26.pdf
2003E111Maths03.pdf
2003E1.14MathsA.pdf
 
 
 

Useful Links

Lists the optional and compulsory subjects
A guide to the course
 
  Written by: Carol & Ant  
   
 
©2003 by Imperial College London, EEE Department